sci.physics.electromag

On Apr 9, 8:54 pm, Laurent wrote:

> I am starting to think that matter pops up where there is too little
> or less dense, as if it were Nature fighting against fragmentation,
> giving rise to objects like Seyferts and Quasars where it is less
> dense and black holes where there is too much.

There is the "bud" theory of matter, but I used to hang with a
physicist who used to always say that "electrons don't exist"! His
theory (and it's not a particularly new one) was that electrons
actually ARE the proverbial "true vacuum" of space represented by a
"hole" in the aether. Matter supposedly works like this. electrons
are vortexes in space that in fact open a "true vacuum" hole and hence
are actually LESS than nothing. The vortex in the aether that creates
this hole actually spews aether out in to the fourth dimension. That
"wormhole" actually arcs over and comes to rest on a positive charge.
Now protons are NOT vortex "hole" entities, but rather tiny "frozen"
bits of solid aether. Light and radiation tend to cause them to want
to expand back up to a gaseous state but the aether supplied by the
electron's "wormholes" stabilizes the Proton and hence one gets what
we see as matter with a reasonable degree of stability. "Atomic"
energy is actually simply the energy represented by the mass of the
proton expanding back to a gaseous state. You can see that
electrostatic "coulomb" forces are actually due to the elasticity of
the aether-transporting wormhole in the 4th dimension.

That's it.